Stoy Lab
Permanent URI for this collectionhttps://scholarworks.montana.edu/handle/1/14931
In the Stoy Lab, we study the role of vegetation in the climate system. To do so we measure and model the exchange of water, heat, and trace gases like carbon dioxide and methane between the terrestrial surface and the atmosphere. Recent efforts seek to understand feedbacks between land management and precipitation processes.
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Item Probabilistic downscaling of remote sensing data with applications for multi-scale biogeochemical flux modeling [dataset](Montana State University ScholarWorks, 2015-05) Stoy, Paul C.; Quaife, TristanMATLAB code to perform two-dimensional Tikhonov Regularization (2DTR). Subheaders refer to MATLAB function names. A simulated landscape with a Lagrange multiplier gamma = 10^.85, a mean value of 0.54, and a variance of 0.009 can be generated using: [Rgamma] = doDisaggExperiment(rand(64), 10^.85, 0.009, 0.54 ). The Stoy Lab adheres to an open data policy. Data collected by the Stoy Lab are free to anyone to use with two caveats: 1. Coauthorship may be requested if intellectual input is provided. Intellectual input is defined in this case as an analysis that is critical to outcomes that could not otherwise be performed. 2. Graduate students operate the towers and analyze the data. They must be given the opportunity to be coauthors on your work. Please email paul dot stoy at gmail dot com with any questions.Item Eddy covariance and micrometeorological data from the Tenderfoot Creek Experimental Forest subcanopy tower [dataset](2015-03) Stoy, Paul C.Eddy covariance and micrometeorological data from the Tenderfoot Creek Experimental Forest subcanopy tower. These data are subject to revision and final versions will eventually be hosted on the FLUXNET and Ameriflux websites. The Stoy Lab adheres to an open data policy. Data collected by the Stoy Lab are free to anyone to use with two caveats: 1. Coauthorship may be requested if intellectual input is provided. Intellectual input is defined in this case as an analysis that is critical to outcomes that could not otherwise be performed. 2. Graduate students operate the towers and analyze the data. They must be given the opportunity to be coauthors on your work. Please email paul dot stoy at gmail dot com with any questions.Item Normalized difference vegetation index observations an Azimuth Systems AZ-16 Airborne Thematic Mapper (ATM) overflight on 17th July, 2005 near Abisko, Sweden [dataset](2014-12) Stoy, Paul C.Normalized Difference Vegetation Index observations an Azimuth Systems AZ-16 Airborne Thematic Mapper (ATM) overflight on 17th July, 2005 near Abisko, Sweden, courtesy of Dr. Brian Huntley. Stoy Lab adheres to an open data policy. Data collected by the Stoy Lab are free to anyone to use with two caveats: (1) Coauthorship may be requested if intellectual input is provided. Intellectual input is defined in this case as an analysis that is critical to outcomes that could not otherwise be performed. (2) Graduate students operate the towers and analyze the data. They must be given the opportunity to be coauthors on your work. Please email paul dot stoy at gmail dot com with any questions. Further information is available from the Biosphere-Atmosphere Interactions Lab https://sites.google.com/site/stoylabItem Air temperature and photosynthetically active photon flux density data from the Abisko Scientific Research center [dataset](2014-12) Stoy, Paul C.Air temperature and photosynthetically active photon flux density data from the Abisko Scientific Research center courtesy of Annika Kristofferson. The Stoy Lab adheres to an open data policy. Data collected by the Stoy Lab are free to anyone to use with two caveats: 1. Coauthorship may be requested if intellectual input is provided. Intellectual input is defined in this case as an analysis that is critical to outcomes that could not otherwise be performed. 2. Graduate students operate the towers and analyze the data. They must be given the opportunity to be coauthors on your work. Please email paul dot stoy at gmail dot com with any questions. Further information is available from the Biosphere-Atmosphere Interactions Lab website https://sites.google.com/site/stoylab/home